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The PRACH IP Suite by Electra IC provides an O-RAN Split 7.2X design optimization for 5G NR applications. The suite covers the entire design process, from an end-to-end MATLAB model and its RTL implementation to a verification environment for bit-exact simulation and testing. This comprehensive solution ensures seamless integration and accelerates development timelines, aligning with O-RAN standards to facilitate next-generation wireless communications.
The MIL-STD-1553-IP Core developed by Electra IC implements the widely used MIL-STD-1553B standard. This IP core facilitates high-reliability communication within aerospace systems. Designed to provide a versatile interface between a host processor and the MIL-STD-1553 bus transceiver, it supports both single and multi-functional configurations, enabling robust bus management in avionics applications.
The AES IP Core is a highly secure encryption solution, implementing the Advanced Encryption Standard (AES) specified in FIPS 197. This core is designed for high-performance data protection, offering a robust symmetric block cipher mechanism. It supports encryption and decryption processes, ensuring data integrity and confidentiality across various digital applications.
Electra IC's ARINC664 End System IP Core is engineered to facilitate communication within aerospace environments. Implementing the ARINC664 Part 7 standard, it establishes a reliable interface between avionics Local Remote Units (LRUs) and the ARINC664 network. This IP core streamlines data exchange, ensuring efficient and secure network operations essential for modern aircraft systems.
The SHA3 IP Core facilitates high-security cryptographic hashing following the SHA-3 specifications articulated in FIPS 202. It delivers high-throughput and robust hashing capabilities, suited for applications demanding secure data verification and integrity. This core is a reliable solution for cryptography needs, offering enhanced protection against potential security threats.
The TRNG IP Core delivers true random number generation aligned with NIST SP 800-90B standards. This core is crucial for cryptographic applications requiring unpredictable random numbers, enhancing the security and integrity of digital systems reliant on stochastic processes. Its implementation ensures high entropy output, vital for robust security protocols.
The ECDSA IP Core utilizes the Elliptic Curve Digital Signature Algorithm as defined in FIPS 186, facilitating secure digital signature creation and verification. This core is vital for applications that demand strong data authentication and integrity assurances, leveraging elliptic curve cryptography for enhanced security and performance.
The RSA Keygen IP Core specializes in generating RSA Key Pairs in compliance with FIPS 186. It is essential for applications that require secure key management, ensuring strong cryptographic foundations for encryption and decryption processes. This core simplifies the key generation process, maintaining high security standards.
The RSA IP Core implements the RSA Digital Signature Algorithm, adhering to the specifications in FIPS 186. It provides robust digital signature functionality necessary for secure communications. Highly applicable in various sectors, this core is fundamental for ensuring data authenticity and integrity with RSA's robust cryptographic properties.
The DRBG IP Core ensures secure random number generation, complying with NIST SP 800-90A standards. It offers a deterministic approach to random bit generation, crucial for cryptographic operations and secure communications. The core is versatile across applications requiring high-security random number generation.
The ARINC664 Switch IP Core by Electra IC is tailored for effective network management in aerospace applications. Utilizing ARINC664 Part 7 standards, it enables robust switching capabilities, facilitating seamless data routing within ARINC664 networks. This enhances network throughput and reliability, supporting advanced aviation systems where fail-safe communication is critical.
EAVS, or Electra IC Advanced Verification Suite, is an adaptable verification environment leveraging SystemVerilog and UVM. Designed to meet the rigorous demands of RISC-V/ARM-based design verification, it is suitable for diverse applications in sectors such as automotive, defense, and mobile. EAVS supports efficient verification processes, enhancing design robustness and compliance to standards.
The Dilithium IP Core offers a post-quantum digital signature algorithm, providing security against quantum computing threats. This core is part of advanced cryptographic protocols designed to safeguard digital systems in a post-quantum era. Ensuring both performance and security, it is suitable for a wide range of applications needing robust digital signature solutions.
The Falcon IP Core is being developed as a post-quantum digital signature algorithm to fortify digital signatures against quantum computer vulnerabilities. Focusing on security resilience in a quantum computing landscape, Falcon is expected to ensure integrity and authenticity for digital communications in a range of sectors, adapting to future cryptographic challenges.
The Kyber IP Core is a post-quantum cryptographic solution for Key Encapsulation Mechanism (KEM). This core is designed to secure communications against potential quantum computer threats by implementing advanced, quantum-resistant encryption protocols. Ideal for forward-thinking security infrastructures, the Kyber IP Core offers robust data protection solutions for the future.
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